Medically Accurate Respiratory 3D Models
Budget: $250 – $750 USD
I’m commissioning a complete, medically precise reconstruction of the human respiratory system—everything from the cervical spine down to the microscopic acinus pulmonis. The final asset will live inside a single, clean .blend file and must be detailed enough to match atlas-grade illustrations, right down to textures that convey microscopic structures.
Scope
You’ll sculpt and texture the rib cage, thoracic and cervical vertebrae, pleura, lungs, trachea, primary bronchi, acini, larynx, plus the full oral and nasal cavities. All geometry has to follow the proportions and coloration found in Frank Netter’s Atlas of Human Anatomy; I’ll supply high-resolution plates as well as access to the dissectible 3D reference in the Visible Body app.
Level of detail
Think operating-room realism: accurate landmarks, correct cartilage thicknesses, clearly separated lobes and bronchi, and texture work that holds up when zoomed to the alveolar level.
Tools & workflow
Blender is ideal for final delivery, but you may sculpt in ZBrush and texture in Substance Painter if that speeds you up—just make sure everything is cleanly organized once it lands back in Blender.
Deadline & file requirements
• 7 calendar days from project start
• One well-layered .blend file containing all components
• PBR texture sets (4K minimum) packed or supplied separately
• Naming, scaling and origin points suitable for direct import into medical-training software
Copyright & resale option
On delivery and full payment, I’ll take complete ownership. If you’d like, we can negotiate a separate agreement that allows you to retail the models on 3D marketplaces afterward.
How to respond
Just tell me about your relevant anatomical or medical-visualization experience—no lengthy proposal needed. If your background aligns, we’ll jump straight into milestones and references.
Scope
You’ll sculpt and texture the rib cage, thoracic and cervical vertebrae, pleura, lungs, trachea, primary bronchi, acini, larynx, plus the full oral and nasal cavities. All geometry has to follow the proportions and coloration found in Frank Netter’s Atlas of Human Anatomy; I’ll supply high-resolution plates as well as access to the dissectible 3D reference in the Visible Body app.
Level of detail
Think operating-room realism: accurate landmarks, correct cartilage thicknesses, clearly separated lobes and bronchi, and texture work that holds up when zoomed to the alveolar level.
Tools & workflow
Blender is ideal for final delivery, but you may sculpt in ZBrush and texture in Substance Painter if that speeds you up—just make sure everything is cleanly organized once it lands back in Blender.
Deadline & file requirements
• 7 calendar days from project start
• One well-layered .blend file containing all components
• PBR texture sets (4K minimum) packed or supplied separately
• Naming, scaling and origin points suitable for direct import into medical-training software
Copyright & resale option
On delivery and full payment, I’ll take complete ownership. If you’d like, we can negotiate a separate agreement that allows you to retail the models on 3D marketplaces afterward.
How to respond
Just tell me about your relevant anatomical or medical-visualization experience—no lengthy proposal needed. If your background aligns, we’ll jump straight into milestones and references.